Institute of Experimental Mineralogy
Russian Academy of Sciences
-------------------------------------------------
142432, Chernogolovka, Moscow district
A.V. Chichagov +7(496)52-22320
***
*** W W W - X R A Y P O L ***
***********************
SUGILITE
1, t-osumilite, f-emeleusite, DN
Na(2)K(Fe,Mn,Al)(2)Li(3)Si(12)O(30)
Hexagonal P 6/mcc Z = 2
R =0.029 NR =622
13 .2 .91
Ref.Str.:
Armbruster T., Oberhansli R. (1988)
* Amer. Mineral., 73, 595-600
R: See U(ij) in the original
Initial data from BDM-file
Lattice parameters (cub. angs.,degr.):
a = 10.009 alpha = 90.0
b = 10.009 beta = 90.0
c = 14.006 gamma = 120.0
Unit cell volume (cub. angs.) = 1215.14
Molar volume ( cub.cm/mol.) = 365.96
Co-ordinates, thermal parameters, occupation for atomic positions:
NoP x/a y/b z/c B(j) atom / occupation
1 0.0 0.0 0.25 1.52 K = 1.00
2 0.3333 0.6667 0.25 0.41 Fe = 0.83, Al = 0.17
3 0.5 0.5 0.25 1.44 Li = 1.00
4 0.2363 0.3526 0.3868 0.57 Si = 1.00
5 0.1383 0.3972 0.0 1.36 O = 1.00
6 0.2232 0.2774 0.1377 1.24 O = 1.00
7 0.1665 0.5091 0.1703 0.92 O = 1.00
8 0.3333 0.6667 0.0134 1.7 Na = 0.49, Na = 0.0
Co-ordinates for all atomic positions :
No NoP x/a y/b z/c
1 1 0.0 0.0 0.25
2 2 0.3333 0.6667 0.25
3 3 0.5 0.5 0.25
4 4 0.2363 0.3526 0.3868
5 5 0.1383 0.3972 0.0
6 6 0.2232 0.2774 0.1377
7 7 0.1665 0.5091 0.1703
8 8 0.3333 0.6667 0.0134
9 3 0.5 0.0 0.25
10 3 0.0 0.5 0.25
11 4 0.6474 0.8837 0.3868
12 4 0.1163 0.7637 0.3868
13 5 0.6028 0.7411 0.0
14 5 0.2589 0.8617 0.0
15 6 0.7226 0.9458 0.1377
16 6 0.0542 0.7768 0.1377
17 7 0.4909 0.6574 0.1703
18 7 0.3426 0.8335 0.1703
19 2 0.6667 0.3333 0.25
20 4 0.7637 0.6474 0.3868
21 5 0.8617 0.6028 0.0
22 6 0.7768 0.7226 0.1377
23 7 0.8335 0.4909 0.1703
24 8 0.6667 0.3333 0.0134
25 4 0.3526 0.1163 0.3868
26 4 0.8837 0.2363 0.3868
27 5 0.3972 0.2589 0.0
28 5 0.7411 0.1383 0.0
29 6 0.2774 0.0542 0.1377
30 6 0.9458 0.2232 0.1377
31 7 0.5091 0.3426 0.1703
32 7 0.6574 0.1665 0.1703
33 1 0.0 0.0 0.75
34 2 0.3333 0.6667 0.75
35 3 0.5 0.0 0.75
36 4 0.2363 0.8837 0.8868
37 5 0.1383 0.7411 0.5
38 6 0.2232 0.9458 0.6378
39 7 0.1665 0.6574 0.6703
40 8 0.3333 0.6666 0.5134
41 3 0.5 0.5 0.75
42 3 0.0 0.5 0.75
43 4 0.6474 0.7637 0.8868
44 4 0.1163 0.3526 0.8868
45 5 0.6028 0.8617 0.5
46 5 0.2589 0.3972 0.5
47 6 0.7226 0.7768 0.6378
48 6 0.0542 0.2774 0.6378
49 7 0.4909 0.8335 0.6703
50 7 0.3426 0.5091 0.6703
51 2 0.6667 0.3333 0.75
52 4 0.7637 0.1163 0.8868
53 5 0.8617 0.2589 0.5
54 6 0.7768 0.0542 0.6378
55 7 0.8335 0.3426 0.6703
56 8 0.6667 0.3334 0.5134
57 4 0.3526 0.2363 0.8868
58 4 0.8837 0.6474 0.8868
59 5 0.3972 0.1383 0.5
60 5 0.7411 0.6028 0.5
61 6 0.2774 0.2232 0.6378
62 6 0.9458 0.7226 0.6378
63 7 0.5091 0.1665 0.6703
64 7 0.6574 0.4909 0.6703
65 4 0.2363 0.3526 0.6132
66 6 0.2232 0.2774 0.8622
67 7 0.1665 0.5091 0.8297
68 8 0.3333 0.6667 0.9866
69 4 0.6474 0.8837 0.6132
70 4 0.1163 0.7637 0.6132
71 6 0.7226 0.9458 0.8622
72 6 0.0542 0.7768 0.8622
73 7 0.4909 0.6574 0.8297
74 7 0.3426 0.8335 0.8297
75 4 0.7637 0.6474 0.6132
76 6 0.7768 0.7226 0.8622
77 7 0.8335 0.4909 0.8297
78 8 0.6667 0.3333 0.9866
79 4 0.3526 0.1163 0.6132
80 4 0.8837 0.2363 0.6132
81 6 0.2774 0.0542 0.8622
82 6 0.9458 0.2232 0.8622
83 7 0.5091 0.3426 0.8297
84 7 0.6574 0.1665 0.8297
85 4 0.2363 0.8837 0.1132
86 6 0.2232 0.9458 0.3622
87 7 0.1665 0.6574 0.3297
88 8 0.3333 0.6666 0.4866
89 4 0.6474 0.7637 0.1132
90 4 0.1163 0.3526 0.1132
91 6 0.7226 0.7768 0.3622
92 6 0.0542 0.2774 0.3622
93 7 0.4909 0.8335 0.3297
94 7 0.3426 0.5091 0.3297
95 4 0.7637 0.1163 0.1132
96 6 0.7768 0.0542 0.3622
97 7 0.8335 0.3426 0.3297
98 8 0.6667 0.3334 0.4866
99 4 0.3526 0.2363 0.1132
100 4 0.8837 0.6474 0.1132
101 6 0.2774 0.2232 0.3622
102 6 0.9458 0.7226 0.3622
103 7 0.5091 0.1665 0.3297
104 7 0.6574 0.4909 0.3297
X-ray density (g/cm cub.) = 2.8
MU (1/cm) = 169.138 Mass attenuation coefficient (cm**2/g) = 60.463
Selected interatomic distances (cation-anion,anion-anion):
NoP Atom Rad.sph. C.N. Distance NoP N.
(angs.) (angs.)
1 K 3.228 12
2.9948 6
2.9948 6
2.9948 6
2.9948 6
2.9948 6
2.9948 6
2.9948 6
2.9948 6
2.9948 6
2.9948 6
2.9948 6
2.9948 6
2 Fe ,Al 2.592 6
1.9717 7
1.9718 7
1.9716 7
1.9716 7
1.9717 7
1.9717 7
3 Li 2.448 4
1.9695 7
1.9695 7
1.9695 7
1.9695 7
4 Si 2.1 4
1.6322 5
1.6234 6
1.5996 7
1.5802 6
5 O 3.264 6
2.627 6
2.5901 7
2.6669 6
2.627 6
2.5901 7
2.6669 6
6 O 3.264 6
2.627 5
2.6878 7
2.6668 5
2.5488 6
2.549 6
2.6372 7
7 O 3.264 8
2.5901 5
2.6878 6
2.8154 7
2.8154 7
3.2458 7
2.6373 6
2.6805 7
2.8441 7
8 Na ,Na 2.808 6
2.4197 5
2.7335 7
2.4201 5
2.4194 5
2.7338 7
2.7334 7
X-ray diffraction powder data (II), X-Ray W.L. = 1.54056(angs.):
No H K L Theta 2*Theta S LPG MF F I int.
( degree ) *100
1 1 0 0 5.098 10.197 0.058 250.29 6 21.8 48.2
2 0 0 2 6.315 12.63 0.071 162.34 2 87.1 166.7
3 1 0 2 8.129 16.258 0.092 97.08 12 14.6 16.8
4 1 1 0 8.854 17.708 0.1 81.49 6 5.2 0.9
5 2 0 0 10.237 20.475 0.115 60.4 6 203.8 1019.2
6 1 1 2 10.905 21.81 0.123 52.98 12 117.2 591.1
7 2 0 2 12.064 24.129 0.136 42.9 12 53.9 101.4
8 0 0 4 12.708 25.416 0.143 38.46 2 238.5 296.5
9 2 1 0 13.598 27.197 0.153 33.34 12 39.3 41.8
10 1 0 4 13.725 27.449 0.154 32.69 12 73.8 144.8
11 2 1 1 13.973 27.945 0.157 31.47 24 131.5 884.5
12 2 1 2 15.045 30.089 0.168 26.87 24 30.3 40.0
13 3 0 0 15.462 30.923 0.173 25.34 6 107.4 118.9
14 1 1 4 15.574 31.148 0.174 24.95 12 228.3 1057.0
15 2 0 4 16.428 32.856 0.184 22.23 12 102.4 189.6
16 2 1 3 16.692 33.384 0.186 21.48 24 60.0 125.7
17 3 0 2 16.762 33.523 0.187 21.28 12 48.1 40.0
18 2 2 0 17.929 35.858 0.2 18.38 6 192.1 275.6
19 3 1 0 18.687 37.375 0.208 16.78 12 67.9 62.9
20 2 1 4 18.783 37.566 0.209 16.59 24 22.9 14.2
21 3 1 1 18.971 37.942 0.211 16.23 24 43.7 50.4
22 2 2 2 19.08 38.161 0.212 16.02 12 10.6 1.5
23 0 0 6 19.267 38.535 0.214 15.68 2 69.7 10.3
24 3 1 2 19.801 39.603 0.22 14.76 24 29.8 21.3
25 1 0 6 19.983 39.965 0.222 14.46 12 38.3 17.3
26 3 0 4 20.221 40.441 0.224 14.09 12 97.6 109.1
27 4 0 0 20.821 41.643 0.231 13.2 6 33.2 5.9
28 3 1 3 21.124 42.248 0.234 12.78 24 62.8 81.8
29 2 1 5 21.21 42.421 0.235 12.66 24 11.3 2.6
30 1 1 6 21.353 42.706 0.236 12.47 12 35.4 12.7
31 4 0 2 21.844 43.689 0.242 11.85 12 45.5 19.9
32 2 0 6 22.012 44.024 0.243 11.65 12 9.6 0.9
33 2 2 4 22.232 44.464 0.246 11.39 12 59.1 32.3
34 3 2 0 22.79 45.579 0.251 10.77 12 84.3 62.2
35 3 1 4 22.871 45.742 0.252 10.68 24 98.2 167.5
36 3 2 1 23.031 46.063 0.254 10.52 24 17.7 5.3
37 3 2 2 23.745 47.49 0.261 9.81 24 34.6 19.1
38 2 1 6 23.902 47.804 0.263 9.67 24 0.2 0.0
39 4 1 0 24.031 48.062 0.264 9.55 12 111.8 97.0
40 4 1 1 24.263 48.526 0.267 9.35 24 95.5 138.5
41 4 0 4 24.71 49.42 0.271 8.97 12 20.1 2.9
42 3 2 3 24.899 49.799 0.273 8.81 24 33.2 15.8
43 4 1 2 24.95 49.899 0.274 8.77 24 56.3 45.2
44 3 1 5 24.975 49.95 0.274 8.75 24 105.7 159.0
45 3 0 6 25.101 50.202 0.275 8.65 12 88.1 54.6
46 4 1 3 26.064 52.129 0.285 7.94 24 27.7 9.9
47 0 0 8 26.102 52.204 0.286 7.91 2 329.4 116.3
48 5 0 0 26.38 52.76 0.288 7.72 6 68.5 14.7
49 3 2 4 26.453 52.905 0.289 7.68 24 7.1 0.6
50 1 0 8 26.67 53.341 0.291 7.53 12 33.7 7.0
51 2 1 7 26.814 53.628 0.293 7.44 24 42.0 21.4
52 2 2 6 26.825 53.651 0.293 7.44 12 141.4 120.9
53 5 0 2 27.241 54.482 0.297 7.18 12 12.8 0.9
54 3 1 6 27.383 54.767 0.299 7.1 24 21.6 5.4
55 3 3 0 27.5 55.0 0.3 7.03 6 56.8 9.2
56 4 1 4 27.571 55.142 0.3 6.99 24 110.6 139.0
57 1 1 8 27.783 55.565 0.303 6.87 12 15.1 1.3
58 4 2 0 28.049 56.098 0.305 6.72 12 12.1 0.8
59 4 2 1 28.257 56.514 0.307 6.61 24 21.5 5.0
60 2 0 8 28.328 56.655 0.308 6.57 12 110.0 64.6
61 3 3 2 28.338 56.676 0.308 6.56 12 48.2 12.4
62 3 2 5 28.361 56.723 0.308 6.55 24 20.0 4.3
63 4 2 2 28.876 57.752 0.313 6.29 24 12.3 1.6
64 4 0 6 29.013 58.026 0.315 6.22 12 19.4 1.9
65 4 1 5 29.431 58.862 0.319 6.03 24 36.2 12.9
66 5 1 0 29.655 59.31 0.321 5.93 12 0.9 0.0
67 5 0 4 29.722 59.445 0.322 5.9 12 18.3 1.6
68 5 1 1 29.856 59.712 0.323 5.84 24 101.5 97.8
69 4 2 3 29.89 59.779 0.323 5.82 24 43.7 18.1
70 2 1 8 29.924 59.848 0.324 5.81 24 9.9 0.9
71 3 1 7 30.057 60.114 0.325 5.75 24 18.6 3.2
72 5 1 2 30.455 60.909 0.329 5.58 24 31.1 8.8
73 3 2 6 30.587 61.174 0.33 5.53 24 15.5 2.2
74 3 3 4 30.762 61.525 0.332 5.46 12 196.9 172.0
75 3 0 8 30.96 61.92 0.334 5.38 12 112.7 55.5
76 4 2 4 31.275 62.549 0.337 5.26 24 3.0 0.1
77 5 1 3 31.437 62.874 0.339 5.2 24 51.0 22.0
78 4 1 6 31.61 63.22 0.34 5.14 24 16.7 2.3
79 6 0 0 32.221 64.442 0.346 4.93 6 90.4 16.4
80 2 2 8 32.478 64.955 0.349 4.85 12 190.7 143.3
81 4 3 0 32.72 65.441 0.351 4.77 12 8.7 0.3
82 5 1 4 32.784 65.568 0.351 4.75 24 43.9 14.9
83 4 3 1 32.911 65.821 0.353 4.71 24 65.9 33.2
84 3 1 8 32.975 65.95 0.353 4.69 24 1.9 0.0
85 6 0 2 32.985 65.969 0.353 4.69 12 104.8 41.9
86 4 2 5 33.006 66.012 0.354 4.68 24 36.9 10.4
87 3 2 7 33.101 66.202 0.354 4.65 24 7.4 0.4
88 2 1 9 33.228 66.456 0.356 4.62 24 53.6 21.6
89 0 0 10 33.365 66.729 0.357 4.58 2 21.8 0.3
90 4 3 2 33.478 66.956 0.358 4.54 24 7.4 0.4
91 5 0 6 33.604 67.208 0.359 4.51 12 3.5 0.0
92 5 2 0 33.708 67.416 0.36 4.48 12 206.5 155.2
93 1 0 10 33.855 67.711 0.362 4.44 12 1.7 0.0
94 5 2 1 33.895 67.79 0.362 4.43 24 80.3 46.4
95 4 1 7 34.083 68.166 0.364 4.38 24 62.7 27.9
96 4 3 3 34.413 68.827 0.367 4.29 24 7.3 0.4
97 4 0 8 34.445 68.891 0.367 4.28 12 24.0 2.0
98 5 2 2 34.455 68.909 0.367 4.28 24 37.0 9.5
99 5 1 5 34.476 68.951 0.367 4.27 24 82.9 47.8
100 3 3 6 34.579 69.158 0.368 4.25 12 48.8 8.2
101 1 1 10 34.827 69.653 0.371 4.19 12 88.1 26.4
102 4 2 6 35.061 70.123 0.373 4.13 24 10.6 0.8
103 6 0 4 35.225 70.449 0.374 4.09 12 101.5 34.3
104 2 0 10 35.308 70.616 0.375 4.07 12 42.2 5.9
105 5 2 3 35.378 70.755 0.376 4.06 24 56.2 20.8
106 6 1 0 35.642 71.284 0.378 4.0 12 81.4 21.5
107 4 3 4 35.703 71.407 0.379 3.98 24 22.1 3.2
108 6 1 1 35.825 71.65 0.38 3.96 24 16.4 1.7
109 3 2 8 35.887 71.774 0.381 3.94 24 71.2 32.5
110 3 1 9 36.13 72.26 0.383 3.89 24 140.1 124.1
111 6 1 2 36.371 72.742 0.385 3.84 24 0.6 0.0
112 5 1 6 36.492 72.985 0.386 3.82 24 45.3 12.7
113 5 2 4 36.653 73.306 0.388 3.79 24 27.4 4.6
114 2 1 10 36.735 73.47 0.388 3.77 24 51.4 16.2
115 4 1 8 36.835 73.669 0.389 3.75 24 61.8 23.3
116 6 1 3 37.274 74.548 0.393 3.67 24 17.1 1.8
117 4 3 5 37.334 74.669 0.394 3.66 24 67.7 27.3
118 4 2 7 37.424 74.849 0.394 3.64 24 2.3 0.0
119 3 0 10 37.674 75.349 0.397 3.6 12 47.5 6.6
120 4 4 0 38.001 76.001 0.4 3.54 6 5.8 0.0
121 5 2 5 38.269 76.537 0.402 3.5 24 35.4 7.1
122 5 3 0 38.466 76.932 0.404 3.47 12 15.4 0.7
123 7 0 0 38.466 76.932 0.404 3.47 6 104.5 15.4
124 6 1 4 38.526 77.051 0.404 3.46 24 3.7 0.1
125 5 3 1 38.644 77.288 0.405 3.44 24 77.8 33.9
126 5 0 8 38.704 77.408 0.406 3.43 12 21.8 1.3
127 4 4 2 38.713 77.426 0.406 3.43 12 50.1 7.0
128 5 1 7 38.822 77.644 0.407 3.42 24 37.0 7.6
129 6 0 6 38.832 77.663 0.407 3.41 12 5.7 0.1
130 3 2 9 38.941 77.882 0.408 3.4 24 16.0 1.4
131 2 2 10 39.069 78.138 0.409 3.38 12 13.5 0.5
132 5 3 2 39.176 78.351 0.41 3.36 24 2.3 0.0
133 7 0 2 39.176 78.351 0.41 3.36 12 22.3 1.4
134 4 3 6 39.294 78.588 0.411 3.35 24 11.7 0.7
135 3 1 10 39.531 79.061 0.413 3.32 24 3.8 0.1
136 3 3 8 39.628 79.256 0.414 3.3 12 0.1 0.0
137 6 2 0 39.852 79.704 0.416 3.27 12 6.5 0.1
138 4 1 9 39.863 79.727 0.416 3.27 24 61.9 20.4
139 6 2 1 40.028 80.056 0.417 3.25 24 19.8 2.1
140 5 3 3 40.058 80.115 0.418 3.25 24 103.4 56.4
141 4 2 8 40.088 80.176 0.418 3.24 24 11.9 0.8
142 6 1 5 40.117 80.233 0.418 3.24 24 19.1 1.9
143 5 2 6 40.214 80.429 0.419 3.23 24 62.0 20.2
144 2 1 11 40.469 80.939 0.421 3.2 24 45.7 10.9
145 6 2 2 40.555 81.11 0.422 3.19 24 24.6 3.1
146 4 4 4 40.828 81.656 0.424 3.16 12 120.9 37.5
147 4 0 10 40.907 81.814 0.425 3.15 12 63.9 10.4
148 5 3 4 41.285 82.57 0.428 3.11 24 39.4 7.9
149 7 0 4 41.285 82.57 0.428 3.11 12 77.1 15.0
150 0 0 12 41.297 82.593 0.428 3.11 2 21.3 0.2
151 6 2 3 41.43 82.861 0.43 3.09 24 18.0 1.6
152 5 1 8 41.46 82.921 0.43 3.09 24 32.5 5.3
153 4 3 7 41.576 83.153 0.431 3.08 24 37.2 6.9
154 1 0 12 41.752 83.505 0.432 3.06 12 50.5 6.4
155 6 1 6 42.041 84.082 0.435 3.03 24 23.1 2.6
156 7 1 0 42.137 84.275 0.435 3.03 12 56.3 7.8
157 3 2 10 42.274 84.549 0.437 3.01 24 29.4 4.2
158 7 1 1 42.312 84.623 0.437 3.01 24 10.3 0.5
159 5 2 7 42.486 84.973 0.438 3.0 24 50.4 12.4
160 6 2 4 42.65 85.3 0.44 2.98 24 19.8 1.9
161 1 1 12 42.662 85.323 0.44 2.98 12 108.4 28.4
162 7 1 2 42.833 85.667 0.441 2.97 24 49.7 11.9
163 5 3 5 42.853 85.706 0.441 2.97 24 68.7 22.7
164 4 2 9 43.056 86.113 0.443 2.95 24 14.7 1.0
165 2 0 12 43.115 86.231 0.444 2.95 12 36.6 3.2
166 4 1 10 43.182 86.364 0.444 2.94 24 60.2 17.3
167 3 1 11 43.202 86.404 0.444 2.94 24 18.7 1.7
168 7 1 3 43.701 87.403 0.448 2.9 24 20.6 2.0
169 6 0 8 43.731 87.462 0.449 2.9 12 13.4 0.4
170 5 4 0 43.952 87.904 0.451 2.89 12 32.6 2.5
171 5 4 1 44.125 88.25 0.452 2.88 24 48.7 11.1
172 4 3 8 44.184 88.368 0.452 2.87 24 22.0 2.3
173 6 2 5 44.212 88.424 0.453 2.87 24 46.5 10.1
174 6 1 7 44.299 88.599 0.453 2.87 24 5.1 0.1
175 4 4 6 44.309 88.617 0.453 2.87 12 58.5 8.0
176 5 1 9 44.415 88.831 0.454 2.86 24 94.6 41.6
177 2 1 12 44.474 88.948 0.455 2.86 24 10.0 0.5
178 5 4 2 44.645 89.29 0.456 2.85 24 7.9 0.3
179 5 3 6 44.761 89.522 0.457 2.84 24 8.1 0.3
180 7 0 6 44.761 89.522 0.457 2.84 12 12.7 0.4
181 6 3 0 44.857 89.714 0.458 2.84 12 77.7 13.9
182 7 1 4 44.915 89.83 0.458 2.83 24 86.2 34.2
183 5 0 10 44.993 89.987 0.459 2.83 12 0.5 0.0
X-ray diffraction powder data (I)...X-Ray wave length = 1.54056 (angs.):
No H K L Theta 2*Theta d I int I int.n. I p.h.n. H(Si)
( degree ) (angstrem) *100 *100
1 1 0 0 5.098 10.197 8.66805 48.2 4.6 4.6 5.6
2 0 0 2 6.315 12.63 7.003 166.7 15.8 16.0 5.6
3 1 0 2 8.129 16.258 5.44734 16.8 1.6 1.6 5.6
4 2 0 0 10.237 20.475 4.33402 1019.2 96.4 97.2 5.6
5 1 1 2 10.905 21.81 4.07168 591.1 55.9 56.3 5.6
6 2 0 2 12.064 24.129 3.68534 101.4 9.6 9.6 5.6
7 0 0 4 12.708 25.416 3.5015 296.5 28.0 28.2 5.6
8 2 1 0 13.598 27.197 3.27621 41.8 4.0 4.0 5.6
9 1 0 4 13.725 27.449 3.24661 144.8 13.7 13.7 5.6
10 2 1 1 13.973 27.945 3.1901 884.5 83.7 83.9 5.6
11 2 1 2 15.045 30.089 2.96753 40.0 3.8 3.8 5.6
12 3 0 0 15.462 30.923 2.88935 118.9 11.2 11.2 5.6
13 1 1 4 15.574 31.148 2.86898 1057.0 100.0 100.0 5.6
14 2 0 4 16.428 32.856 2.72367 189.6 17.9 17.9 5.6
15 2 1 3 16.692 33.384 2.68178 125.7 11.9 11.9 5.7
16 3 0 2 16.762 33.523 2.67094 40.0 3.8 3.8 5.7
17 2 2 0 17.929 35.858 2.50225 275.6 26.1 26.0 5.7
18 3 1 0 18.687 37.375 2.40408 62.9 5.9 5.9 5.7
19 2 1 4 18.783 37.566 2.39232 14.2 1.3 1.3 5.7
20 3 1 1 18.971 37.942 2.36943 50.4 4.8 4.7 5.7
21 3 1 2 19.801 39.603 2.27383 21.3 2.0 2.0 5.7
22 1 0 6 19.983 39.965 2.25403 17.3 1.6 1.6 5.7
23 3 0 4 20.221 40.441 2.22858 109.1 10.3 10.2 5.7
24 3 1 3 21.124 42.248 2.13735 81.8 7.7 7.7 5.7
25 1 1 6 21.353 42.706 2.11551 12.7 1.2 1.2 5.7
26 4 0 2 21.844 43.689 2.07016 19.9 1.9 1.9 5.7
27 2 2 4 22.232 44.464 2.03584 32.3 3.1 3.0 5.7
28 3 2 0 22.79 45.579 1.98859 62.2 5.9 5.8 5.7
29 3 1 4 22.871 45.742 1.98191 167.5 15.8 15.6 5.7
30 3 2 2 23.745 47.49 1.91296 19.1 1.8 1.8 5.7
31 4 1 0 24.031 48.062 1.89152 97.0 9.2 9.0 5.7
32 4 1 1 24.263 48.526 1.87451 138.5 13.1 12.9 5.7
33 3 2 3 24.899 49.799 1.82954 15.8 1.5 1.5 5.7
34 3 1 5 24.975 49.95 1.82433 204.2 19.3 19.0 5.7
35 3 0 6 25.101 50.202 1.81578 54.6 5.2 5.1 5.7
36 0 0 8 26.102 52.204 1.75075 116.3 11.0 10.8 5.8
37 5 0 0 26.38 52.76 1.73361 14.7 1.4 1.4 5.8
38 2 2 6 26.825 53.651 1.7069 142.3 13.5 13.1 5.8
39 4 1 4 27.571 55.142 1.66422 139.0 13.2 12.8 5.8
40 2 0 8 28.328 56.655 1.62331 77.0 7.3 7.1 5.8
41 4 1 5 29.431 58.862 1.5676 12.9 1.2 1.2 5.8
42 5 1 1 29.856 59.712 1.5473 97.8 9.3 9.0 5.8
43 4 2 3 29.89 59.779 1.54572 18.1 1.7 1.7 5.8
44 3 3 4 30.762 61.525 1.50599 172.0 16.3 15.7 5.8
45 3 0 8 30.96 61.92 1.49732 55.5 5.3 5.1 5.8
46 5 1 3 31.437 62.874 1.47688 22.0 2.1 2.0 5.9
47 6 0 0 32.221 64.442 1.44467 16.4 1.5 1.5 5.9
48 2 2 8 32.478 64.955 1.43449 143.3 13.6 13.0 5.9
49 5 1 4 32.784 65.568 1.42256 14.9 1.4 1.4 5.9
50 4 3 1 32.911 65.821 1.4177 33.2 3.1 3.0 5.9
51 6 0 2 32.985 65.969 1.41488 52.3 4.9 4.7 5.9
52 2 1 9 33.228 66.456 1.4057 21.6 2.0 2.0 5.9
53 5 2 0 33.708 67.416 1.388 155.2 14.7 14.0 5.9
54 5 2 1 33.895 67.79 1.38123 46.4 4.4 4.2 5.9
55 4 1 7 34.083 68.166 1.37454 27.9 2.6 2.5 5.9
56 5 1 5 34.476 68.951 1.36079 59.3 5.6 5.4 5.9
57 1 1 10 34.827 69.653 1.34877 26.4 2.5 2.4 5.9
58 6 0 4 35.225 70.449 1.33547 34.3 3.2 3.1 5.9
59 5 2 3 35.378 70.755 1.33045 20.8 2.0 1.9 5.9
60 6 1 0 35.642 71.284 1.32186 21.5 2.0 1.9 5.9
61 3 2 8 35.887 71.774 1.31405 32.5 3.1 2.9 5.9
62 3 1 9 36.13 72.26 1.3064 124.1 11.7 11.1 5.9
63 5 1 6 36.492 72.985 1.2952 12.7 1.2 1.1 6.0
64 2 1 10 36.735 73.47 1.28785 16.2 1.5 1.4 6.0
65 4 1 8 36.835 73.669 1.28486 23.3 2.2 2.1 6.0
66 4 3 5 37.334 74.669 1.27012 27.3 2.6 2.4 6.0
67 7 0 0 38.466 76.932 1.23829 15.4 1.5 1.4 6.0
68 5 3 1 38.644 77.288 1.23348 33.9 3.2 3.0 6.0
69 4 1 9 39.863 79.727 1.20176 20.4 1.9 1.8 6.0
70 5 3 3 40.058 80.115 1.19691 58.5 5.5 5.2 6.0
71 5 2 6 40.214 80.429 1.19303 20.2 1.9 1.8 6.0
72 2 1 11 40.469 80.939 1.1868 10.9 1.0 1.0 6.1
73 4 4 4 40.828 81.656 1.17817 37.5 3.5 3.3 6.1
74 7 0 4 41.285 82.57 1.16744 23.1 2.2 2.0 6.1
75 5 2 7 42.486 84.973 1.14046 12.4 1.2 1.1 6.1
76 1 1 12 42.662 85.323 1.13666 30.3 2.9 2.6 6.1
77 5 3 5 42.853 85.706 1.13257 34.6 3.3 3.0 6.1
78 4 1 10 43.182 86.364 1.12561 19.0 1.8 1.7 6.1
79 5 4 1 44.125 88.25 1.10636 11.1 1.0 1.0 6.2
80 6 2 5 44.212 88.424 1.10463 12.4 1.2 1.1 6.2
81 5 1 9 44.415 88.831 1.10063 41.6 3.9 3.6 6.2
82 6 3 0 44.857 89.714 1.09207 13.9 1.3 1.2 6.2
83 7 1 4 44.915 89.83 1.09096 34.2 3.2 2.9 6.2
Reference:
Chichagov A.V. et al.
Information-Calculating System on Crystal Structure Data of Minerals
(MINCRYST)
- Kristallographiya, v.35, n.3, 1990, p.610-616 (in Russian)
|